KEGG   Vibrio astriarenae: GT360_11110
Entry
GT360_11110       CDS       T06574                                 
Name
(GenBank) type III restriction-modification system endonuclease
  KO
K01156  type III restriction enzyme [EC:3.1.21.5]
Organism
vas  Vibrio astriarenae
Brite
KEGG Orthology (KO) [BR:vas00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02048 Prokaryotic defense system [BR:vas02048]
    GT360_11110
Enzymes [BR:vas01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.21  Endodeoxyribonucleases producing 5'-phosphomonoesters
    3.1.21.5  type III site-specific deoxyribonuclease
     GT360_11110
Prokaryotic defense system [BR:vas02048]
 Restriction and modification system (R-M system)
  Type III R-M system
   GT360_11110
SSDB
Motif
Pfam: RE_endonuc ResIII DEAD PhoH MMS19_C
Other DBs
NCBI-ProteinID: QIA64023
UniProt: A0A7Z2YE46
Position
1:complement(2363010..2365919)
AA seq 969 aa
MSKGFTFEKNLPHQKAGVDAVLNMFIGAEPQVDDDQSVRLLANPELVITKLQQRSNIKAI
HEFNGIEHSKEHYNENSNVIDVSMETGTGKTYTYTKTMFELNKAFGINKFIIIVPTLSIK
AGTVNFLKSDALKEHFRETERELKTYVVESKKSSKKSTKSYMPQAVHDFVEANNYNKKYI
HVMVINSGMVNSPSLMEAYDRGLLDNKCNTPIEAISAVKPFVIIDEPHKFPKAKTTWNNI
EKFNAQSIIRYGATFNDDYENLVYRLTAVDAFNADLVKGINTFIEEMVGDDVASLTLKNT
STKEATFELNESGSKSIIKVGKGESLSKAHTEIHDLFIESMNTRMVVLSNGVELKVNGSI
NPYSYSDTLEGNMMRRAIKEHFKVEREMLTQRPRIKPLTLFFIDDIEGYRDGSNISGSLK
ANFEEWTLAEAKALLKTETDEFYKRYLERTIADISSVHGGYFSKDNSDKDEKIEQEINEI
LHDKELLLSLDNPRRFIFSKWTLREGWDNPNIFTLCKLRSSGSTTSKLQEVGRGLRLPVN
EYMARVNGEFRLNYFVDFTEKDFVASLVKEVNETSFKETVPSKLTQDIKEKITTKYPELS
ALKMMMYLVNKGIIDEDENFLGAEAYLKLKAEYPDAFNKGVKSGKIKVATEGKTRSKMRA
GKFDELKQLWEMINQKAVLEYKIASENDFLKLFTTYLLEESEKFKKTGVQTRIEKVYVSN
DTAMSKTVFGDDDDFTKFCTMTYKEFVNRLSQMAFIKPSTLHKAFVAVQGTINITDYLNI
QTIRKIKSGFSKFLLHNSFNKFGLGYNIISNSLHPTKFTDEAGHALKDVTASDLGVHSDC
SLPPLDSYLFEDVFYDSELEKLNITDGEIESVSVFTKIPKNSIKIPVAGGYTYSPDFAYV
VKTSEGDYLNFIIETKNVEGKDTLRKEEERKIKHAKELFNQISKEVKVEFKTQFSDDVIY
DLIKQSVST
NT seq 2910 nt   +upstreamnt  +downstreamnt
atgagtaaaggattcacttttgaaaaaaacctgccacaccaaaaagcaggtgttgatgca
gttcttaatatgtttataggcgctgagccacaagtcgatgacgatcaaagtgttcgactt
ttagcgaatccagaactcgttattactaagctacagcaacgttcaaacataaaggctatt
cacgagtttaatggtatcgaacacagcaaagagcattacaacgaaaatagtaatgtgatt
gatgtttcgatggaaactggtacaggtaagacttacacttatacaaaaacgatgttcgag
ttgaacaaagcttttggtatcaataagtttatcatcattgtaccgacgctttcgatcaaa
gcaggtacggtgaattttcttaaaagtgatgcacttaaagaacactttagagagacagag
cgtgagcttaaaacgtatgttgttgaaagtaaaaagtcgtctaagaaaagcacaaaatcg
tatatgcctcaagcggtccacgattttgtagaagcaaataactacaacaaaaaatacatt
catgtcatggtgattaactcgggaatggtgaactcaccatcgttgatggaagcgtatgac
cgtggattgctagacaacaagtgtaacacgcctattgaagcaatcagtgcagtaaagccg
ttcgttataattgatgagcctcataagtttcctaaagccaagacaacgtggaataacatt
gaaaaattcaatgctcaaagcatcattcgctatggcgcaacgtttaatgatgattatgaa
aatcttgtctaccgtttgacggctgttgacgcatttaatgctgatctcgttaaaggtatt
aatacctttattgaggagatggtaggagacgatgttgctagcttgacacttaaaaatacc
tcaacaaaagaggcaaccttcgagctaaatgaaagcggatcaaagagcataatcaaagtg
ggcaaaggtgaatctttgtccaaagctcatactgaaattcatgatctatttattgagtcg
atgaacacgagaatggtcgttctgagtaatggtgtagagcttaaggttaatgggtcaatc
aacccatattcttactctgatacgctcgaaggtaatatgatgcgtagggcgattaaagag
cacttcaaagttgagcgagaaatgctgacacaacgcccacgaatcaaacctctgaccctc
ttttttattgatgatatcgagggctatcgcgatggaagcaatatttctggcagcttgaaa
gcaaattttgaagagtggactttggctgaagctaaggcattactaaaaactgaaacagat
gagttctacaaacggtatttggaaagaactattgctgatataagtagtgtccacggtggt
tatttctcgaaggataacagtgataaagacgaaaaaatcgagcaagagattaatgaaatt
ttgcacgataaagagctgcttttgtctttagataaccctagacgatttattttctcgaag
tggacgcttagagagggctgggacaacccaaacatctttaccctttgtaagctacgttca
agtggtagtacaacctcaaagcttcaagaagtgggtcgaggcttacgcttgccagtcaat
gaatatatggctcgtgtaaatggtgaatttagactgaactactttgtggattttactgag
aaagattttgtagcctctctagttaaagaagtgaatgaaacatcattcaaagagactgtc
ccatctaagttgactcaggacatcaaggagaaaattacaaccaaatacccagaactttct
gctttaaaaatgatgatgtacttagtcaataaagggatcatcgatgaagatgagaatttt
ctgggtgcagaagcctatttgaaactcaaagctgaataccctgacgcctttaataagggc
gttaagagcgggaaaatcaaagttgccacagagggaaaaactcgttcgaaaatgcgagct
ggtaaatttgatgagctaaagcaactatgggaaatgattaatcaaaaggcagtattagag
tataagattgctagcgagaatgattttctaaagctcttcactacctatttgcttgaagag
tctgagaagttcaaaaagactggcgttcaaacacgtattgaaaaagtgtatgtgagcaat
gatacggcaatgtcaaaaaccgtatttggtgatgatgatgacttcactaagttctgcact
atgacatacaaagagtttgtaaatcgcctatcgcaaatggcatttatcaaaccatcaacg
ctgcacaaagcatttgtagccgtgcaaggaacgattaatattactgattatttgaacatt
caaaccatcagaaagataaagtcaggctttagtaagttcttgctgcataattcatttaat
aagtttgggcttggatataacatcatttccaacagcctgcatcccactaaatttacagat
gaagcaggtcacgctctgaaggatgttacagcaagtgatctcggtgtgcattcggattgt
tctttaccaccactggacagctacctctttgaagatgtgttttatgattctgagctggaa
aagctcaatattactgatggtgaaattgagtctgtatcggtctttaccaagatcccaaaa
aactcgataaaaatccctgtagcaggtggttatacctattctcctgactttgcttatgta
gttaagaccagtgaaggggattatctgaacttcatcattgaaactaaaaatgtagaagga
aaagatacgcttagaaaagaggaagagcgtaaaatcaagcatgctaaagaactgttcaat
cagatcagtaaagaagtgaaggttgagtttaaaacacagttttctgacgatgtaatttat
gatctaatcaagcaatctgttagtacttag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (13)   

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